JP2000135331A - Game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game machine of which contents of a picture game are full of variety and interesting. SOLUTION: A picture game executive means 120 displays a character which corresponds to a desired numerical value which is sampled at random on a changeable display part 30 when a ball enters a starting winning prize opening 60, then plural numeral designs which show numerical values which are sampled at random are displayed by attacking a prior character several times. A special prize judgment part 160 compares a total value of attacked numeral designs with the desired numerical value then judges whether special value is given, or not according to the compared result. For example, special worth is given when the total value of values which are shown by numeral designs exceed the desired numerical value.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention executes a predetermined screen game based on the fact that a ball hit on a game board has won a start winning opening, and a special game which is advantageous to a player according to the execution result. Related to gaming machines that provide value.

[0002]

2. Description of the Related Art Conventionally, in a game machine such as a pachinko machine or the like, when a ball hit on a game board receives a prize in a starting winning prize hole, a pattern matching game which looks like a slot machine is variably displayed on a liquid crystal display or the like. There is a so-called fever machine which is executed on a means and, when a specific pattern such as "777" is completed, enters a special prize state and generates a special value advantageous to a player.

[0003] Usually, when a ball wins in the starting winning opening, the fever machine circularly scrolls all of the plurality of symbols displayed on the liquid crystal display and displays the symbols in a fluctuating manner. They are stopped one by one in order.

In the gaming machine disclosed in JP-A-6-190118, when a reach state, which is a stage prior to the special prize state, or a normal special prize state is established in the course of executing the symbol matching game, A predetermined character appears on the screen, and this character and the enemy character start a battle, and depending on the result of the battle, the reach state becomes a prize state, or the normal prize state changes to a so-called probable state Benefits such as transfer are provided.

[0005]

However, in a game for executing a symbol matching game that is regarded as a slot machine or the like, it is a monotonous game content in which symbols are simply arranged, and thus lacks interest. Also, Japanese Patent Application Laid-Open No. 6-19011
In the game disclosed in No. 8, the fun of the game is increased, but the battle scene developed using the character is an effect for simply notifying the player whether or not the special prize state or the probable change state is established. , There is little relevance between each character that appeared in the pattern matching game and the character.
In the end, it was just as fun as a regular symbol matching game, lacking in fun.

The present invention has been made in view of such problems of the conventional technology, and has as its object to provide a gaming machine in which the contents of a screen game are varied and interesting.

[0007]

The gist of the present invention to achieve the above object lies in the following inventions. [1] A predetermined screen game is executed based on the fact that the ball hit on the game board surface (11) has won the starting winning opening (60), and a special value advantageous to the player is provided according to the execution result. In the gaming machine to be provided, the variable display means (30) for displaying the screen game, and the variable display means (3
0) on the screen game execution means (1) for executing the screen game
20), and the screen game execution means (120) includes:
A target numerical value presenting means (140) for displaying a target numerical value notification symbol representing a randomly extracted target numerical value on the variable display means (30); and a numerical symbol representing a randomly extracted numerical value. A number symbol presenting means (150) for displaying a plurality of numbers on a display means (30); and a judging means (160) for judging whether or not the special value should be given to the player, wherein the screen game executing means ( The screen game executed by 120) includes displaying the target numerical value notification symbol on the variable display means (30) based on the winning of the ball into the starting winning port (60), and then variably displaying the numeral symbol. A plurality of predetermined symbols are sequentially displayed on the means (30), and the determination means (160) is provided with the numeric symbol presenting means (15
0) on the variable display means (30) displayed by the predetermined plurality of numeral symbols displayed on the variable display means (30) and the target numerical value presentation means (140) on the variable display means (30). A gaming machine for comparing the target numerical value indicated by the target numerical value notification symbol and determining whether or not to give the special value according to the result.

[2] A predetermined screen game is executed based on the fact that the ball hit on the game board surface (11) has won the starting winning opening (60), and it is advantageous to the player according to the execution result. A gaming machine for providing a special value, comprising: a variable display means (30) for displaying the screen game; and a screen game execution means (120) for executing the screen game on the variable display means (30). , The screen game execution means (1
20) a target numerical value presenting means (140) for displaying a target numerical value notifying symbol representing a randomly extracted target numerical value on the variable display means (30); and a numeral representing a randomly extracted numerical value. Numeric symbol presenting means (150) for displaying a plurality of symbols on the variable display means (30), and the number of the numeric symbols to be displayed by the numeric symbol presenting means (150) are selected at random and the value is set to Symbol display number presenting means (180) to be displayed on the variable display means (30)
And a judging means (160) for judging whether or not the special value should be given to the player. The screen game executed by the screen game executing means (120) includes the starting winning port (60). The variable display means (3
0) on the variable display means (30), after displaying the target numerical value notification symbol and the display number on the variable display means (30), the number symbols being sequentially displayed on the variable display means (30). 160) the sum of the numerical values represented by the numerical symbols of the displayed number displayed on the variable display means (30) by the numerical symbol presenting means (150) and the variable value by the target numerical value presenting means (140). A game characterized by comparing a target value represented by the target value notification symbol displayed on a display means (30) with a target value and determining whether or not to give the special value according to the result. Machine.

[3] The target numerical value presenting means (140)
Displays a predetermined pattern as the target numerical value notification symbol and a remaining numerical value with the target numerical value as an initial value, and corresponds to the numerical value each time the numerical symbol display means (150) displays the numerical symbol. The gaming machine according to [1] or [2], wherein the remaining numerical value is updated to a value obtained by giving a change to the pattern and subtracting the number indicated by the numeral symbol.

[4] The target numerical value presenting means (140)
Displays a symbol representing a predetermined attack target and a remaining numerical value having the target numerical value as an initial value as the target numerical value notifying symbol, and displays the numerical symbol by the numerical symbol presenting means (150). [1] or [1], wherein the display unit displays a state in which the attack target has suffered a pain corresponding to the numerical value, and updates the remaining numerical value to a value obtained by subtracting the number indicated by the numerical symbol. The gaming machine according to [2].

[5] The target numerical value presenting means (140)
The gaming machine according to [3] or [4], wherein a different type of pattern is displayed as the target numerical value notification symbol for each value of the target numerical value.

The present invention operates as follows. The screen game is variably displayed based on the fact that the ball hit on the game board surface (11) has won the starting winning opening (60).
0) is started by the screen game execution means (120). In this screen game, first, a target numerical value notification symbol representing a randomly extracted target numerical value is displayed on the variable display means (30), and thereafter, a numerical symbol representing each randomly extracted numerical value is variably displayed. A plurality of predetermined plural images are sequentially displayed on the means (30). For example, a target numerical value notification symbol corresponding to the number “100” is displayed, and a state in which the three numeral symbols fluctuate is displayed, and then these numeral symbols are sequentially stopped and displayed.

The determining means (160) includes a total value of the numerical values represented by the plurality of displayed numeric symbols and a target numerical value presenting means (1).
By comparing the target numerical value indicated by the target numerical value notification symbol displayed on the variable display means (30) with the target numerical value by 40), it is determined whether or not to add a special value according to the result. For example, in the example described above, when the sum of the values indicated by the three stop-displayed numeric symbols becomes equal to or larger than the target numerical value, a special value is given.

As described above, since the initially displayed target numerical value symbol and the plurality of numerical symbols sequentially displayed thereafter are related to each other, the game contents are more varied than those in which the symbols are simply arranged. , More interesting.

Further, in the apparatus having the symbol display number presenting means (180), at the start of the screen game, the target numerical value notification symbol and the display number of the numeral symbol presented in the current screen game are variably displayed (30). ) Is displayed on the display, and thereafter, the numerical symbols corresponding to the display number are sequentially displayed on the variable display means (30).

For example, when the display number is "5",
Five numeric symbols are sequentially displayed, and when the number of displayed symbols is "3", three numeric symbols are displayed.

As described above, since the number of displayed numeric symbols fluctuates for each screen game, the content of the game is more varied, and the probability that a special value is given depending on the number of displayed symbols is high or low. Can be foreseen by the player.

Further, a variable display means (for example, a picture of a monster or a picture of a building such as a building) representing a predetermined object to be attacked and a remaining value having a target value as an initial value are displayed as target value notification symbols ( 30) Display above. After that, each time a numeral symbol is displayed by the numeral symbol presenting means (150), a state in which the attack target suffers a pain corresponding to the numeral value (a state in which a monster is weakened, or a state in which a building sequentially collapses). Add changes such as display to the picture,
And the remaining numerical value is updated to a value obtained by subtracting the number indicated by the numerical symbol.

As described above, a pattern representing an attack target or the like is displayed as a target numerical value notification pattern, and each time a numeric pattern is displayed, a pain corresponding to the numerical value is given to the target. Is added to the display, so that the displayed contents are interesting. In addition, the content displayed using the pattern does not end with the effect for simply notifying the game result, but has a close association with the sequentially displayed numeric symbols, so that the player is not bored. .

Further, in the case of displaying a pattern such as an attack target of a different type for each target numerical value as a target numerical value notification symbol, the game content can be further varied, and the thrill and excitement of the player can be further evoked. it can. Also, depending on the type of the pattern that has appeared, it is possible to make the player intuitively determine the probability of obtaining the special prize in this screen game.

[0021]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Various embodiments of the present invention will be described below with reference to the drawings. FIG. 2 shows the front of the gaming machine 10 according to the first embodiment of the present invention, and FIG. 3 shows the gaming board surface 11 of the gaming machine 10. Gaming machine 10
Is a pachinko machine which launches a ball on the game board surface 11 by a player rotating the firing handle 12 which is an operation unit of the firing device, and enjoys winning of the hit ball.

A variable display section 30 is disposed slightly above the center of the game board surface 11. The variable display unit 30 displays “1
First to third symbol display areas 31 to 33 capable of variably displaying various numeric symbols representing characters such as "ska" corresponding to "0" in addition to numerical values such as "0" and "20", Pattern display area 3 for displaying patterns such as characters
5 are divided into display areas. Here, a color liquid crystal display is used as the variable display unit 30, but a CRT display or the like can be used instead of the color liquid crystal display. Also, the picture display area 35
And each of the symbol display areas 31 to 33 may be configured by an individual display device.

Immediately below the variable display unit 30, a hold display unit 50 including four lamps 51 to 54 is arranged. Further below the hold display section 50, a start winning port 60 is provided.
Are arranged. The right to execute the screen game developed on the variable display unit 30 based on the ball winning the start winning port 60 is secured.

In the screen game, the character pattern displayed on the pattern display area 35 and the first to third symbol display areas 3 are displayed.
This is performed in combination with each numerical symbol displayed on 1-33. Specifically, at the start of the execution of the screen game, first, a character such as a person and a remaining numerical value (hit point... HP) having a target numerical value necessary for exterminating the character are initially displayed on the picture display area 35. Is displayed.

Simultaneously, the numerical symbols on the first to third symbol display areas 31 to 33 start to fluctuate, and after fluctuating for a predetermined period, the numerical symbols are sequentially stopped one by one from the leftmost one. Is done. Also, each time one numerical symbol is stopped and displayed, a state in which the character in the symbol display area 35 has suffered a pain corresponding to the numerical value is displayed.

Further, every time a numeric symbol is stopped and displayed, the remaining value (hit point (HP)) whose value is displayed on the symbol display area 35 is subtracted and updated, and at the stage where all the numeric symbols are stopped and displayed. When the hit point (HP) becomes "0" or less, a special prize state occurs. Also, the hit point (HP) has a predetermined value (for example,
If it is less than “−50”), a big hit occurs, and a so-called probability fluctuation state is entered. Note that the probability fluctuation state is a state until a certain cancellation condition is satisfied.
This is a state in which the probability of occurrence of the special prize state in the next and subsequent screen games is increased.

If a new ball wins in the start winning opening 60 while the above-described screen game is being executed on the variable display section 30, the screen game based on the winning cannot be immediately executed. Rights are reserved for a predetermined number of times. The number of the held execution rights is notified to the player as the number of lighting of the lamps 51 to 54 of the hold display unit 50.

Below the start winning opening 60, a large variable winning opening (attacker) 70 is arranged. The variable winning opening 70 is a large winning opening for generating a special value advantageous to the player. The movable plate 71 for switching the winning opening between a closed state where the ball is difficult to win and an open state where the ball is easy to win is provided. Have.

In addition to the above, on the game board surface 11, various winning holes 13 and windmills 14, as well as obstacle nails 15 for playing balls.
And an opening 16, a rail 17 for guiding the hit ball to an upper portion of the game board surface 11, and the like. A lamp 18 for performing illumination and the like is attached to an upper portion of the gaming machine 10.

Further, a front plate 19 for storing a ball to be used for a game and a lower plate for receiving and storing a ball overflowing from the front plate 19 are provided in front of the gaming machine 10 and below the game board surface 11. 20 are provided. On the right side of the lower plate 20, there is provided a firing handle 12, which is an operation unit of a firing mechanism for firing a ball onto the game board surface 11. In addition, the control unit 100 that controls various operations of the gaming machine 10 is attached to the inside of the machine such as the back surface of the gaming board surface 11.

FIG. 1 shows a circuit configuration of the gaming machine 10. The control unit 100 includes a variable display unit 30, a hold display unit 5,
0, starting winning opening 60, variable winning opening 70, prize ball payout means 8
0 and other devices are connected. Starting winning opening 6
Reference numeral 0 denotes a winning port for acquiring an execution right for executing a screen game on the variable display section 30. The winning port includes a start winning detection switch 61 for detecting a winning ball. The start winning detection switch 61 is a mechanical switch,
Various sensors can be used, such as an optical sensor that detects a prize because the light is blocked by the ball, and a magnetic sensor that detects a change in the magnetic field due to the passage of the ball.

The variable winning opening 70 is a large winning opening for generating a special value advantageous to the player, and is movable to switch the winning opening between a closed state where the ball is hard to win and an open state where the ball is easy to win. A piece 71 and a solenoid 72 as a driving means for opening and closing the movable piece 71 are provided. Further, the variable winning opening 70 has a winning detecting switch 74 for detecting a winning of a ball to the winning opening 73. Inside the variable winning opening 70, a V winning opening 75 is further provided, and a V winning detection switch 76 for detecting a winning of a ball into the V winning opening 75 is provided.

The variable winning opening 70 is used when the big hit occurs in the screen game developed on the variable display section 30 and the movable piece 7
After opening 1 for a certain period (for example, 29 seconds),
The opening / closing operation of closing (about a second) is set to be repeated a predetermined number of rounds (for example, 16 times). Note that a predetermined number (for example, 10
), The movable piece 71 is closed even before the predetermined time has elapsed.

The prize ball payout means 80 is a part which performs a function of paying out a predetermined number of balls to the front plate 19 when the ball has won one of the winning ports. The prize ball payout means 80 has a prize ball payout counter 81 for counting the number of balls to be paid out, a payout setting means 82, and a calculation means 83.

The control unit 100 has a CPU (central processing unit).
110, ROM (Read Only Memory) 101 and R
An AM (random access memory) 102 is a main part of the circuit. The CPU 110 has a function as a screen game execution means 120 for executing a screen game on the variable display unit 30 based on the winning of the ball in the start winning port 60, and a function of controlling various operations of the gaming machine 10 in a comprehensive manner. Things.

The screen game execution means 120 includes the random number generation unit 1
30, target numerical value presenting means 140, numerical symbol presenting means 150, special prize determining section 160, and storage section 170. The random number generation unit 130 includes a special random number generation unit 131, a character random number generation unit 132, and a symbol random number generation unit 133.

The special-prize random number generation unit 131 generates and extracts a random value for determining whether or not to generate a special prize state in a screen game, that is, for determining an execution result of the screen game.
The character random number generation unit 132 generates and extracts a random number value for determining the type of a character (picture) to appear on the picture display area 35. The symbol random number generation unit 133 generates and extracts a random number value for determining a numeric symbol to be stopped and displayed on the first to third symbol display areas 31 to 33.

The target numerical value presenting means 140 has a function of displaying a character corresponding to the random number value extracted by the character random number generating unit 132 on the picture display area 35, and changing the picture of the character as the game progresses. It is the part that fulfills. Numeral symbol presentation means 150
After changing the symbols on the first to third symbol display areas 31 to 33 over a predetermined period, a function is provided to stop and display the symbols one by one from the left end sequentially with a numerical symbol of a specific value.
The special prize determining unit 160 (determining means) is a part for determining whether or not to generate a special prize state. The storage unit 170 is a unit that temporarily stores the random number value extracted by the random number generation unit 130 and the like.

FIG. 4 shows four types of characters (patterns) as target numerical value notifying symbols displayed on the picture display area 35. The first character 201 has an initial hit point (HP) of 100 as a target numerical value, and the second character 202 has an initial hit point (HP) of 150. Third character 20
3 has an initial hit point (HP) of 200, and the fourth character 204 has an initial hit point (HP) of 2
It is 50.

The initial value of the hit point (HP) indicates the magnitude of damage (sore) required to defeat the character. Therefore, the hit point (H
As the character with the larger initial value of P) appears, the player feels that the special prize state is less likely to occur.

FIG. 5 is a random number table showing the correspondence between the range of random numbers generated by the special random number generator 131, the character random number generator 132, and the symbol random number generator 133, and the contents assigned to each random number. 210 is shown.
The value of the character random number (K) generated by the character random number generation unit 132 is used to determine which character of the four types of characters 201 to 204 shown in FIG. And
It can take any integer value in the range of 0-19. The value of the extracted character random number (K) and the gaming state at that time are set so that the following characters appear depending on both the probability variation state (probable variation state) and the normal state. .

Normally, when the character random number value is "0" or "1", the first character 201 (hereinafter referred to as K
2) to “6” and the second character 2
02 (hereinafter also referred to as K2) is from “7” to “1”.
2 ", the third character 203 (hereinafter also referred to as K3) is changed to" 13 "to" 19 ".
4 (hereinafter also referred to as K4) appears.

Also, at the time of probability change, the character random number value (K)
Is "0" to "12" and the first character (K1) is
The second character (K2) appears at "13" to "19", and the third character (K3) and the fourth character (K4) do not appear at the time of probable change.

As described above, at the time of probable change, only the first character (K1) and the second character (K2) appear, that is, only the character having a small initial value of the hit point (HP) is generated. Can appear, so that the probability of occurrence of the special prize state is improved as compared with the normal state.

The prize random number generated by the prize random number generation section 131 is a random number for determining whether or not to shift to the prize state, and takes an integer value of an arbitrary value in the range of 0 to 249. What you get. Under the condition that the value corresponding to the first character (K1) is extracted as the character random number (K), “7”, “57”,
If any one of “107” and “157” is extracted, the state is shifted to the special prize state.

Under the condition that the value corresponding to the second character (K2) has been extracted as the character random number (K), "7", "57", "107"
When any one of is extracted, the state is shifted to the special prize state.
Under the condition that the third character (K3) is being extracted, if a value of either “7” or “57” is extracted as a special random number, the state is shifted to the special state. Under the condition that the fourth character (K4) is extracted, the state is shifted to the special prize state only when “7” is extracted as the special random number.

That is, the probability of occurrence of a special prize differs according to the result of character random number extraction, and the probability of occurrence of a special prize state increases as the character with a smaller number among the first to fourth characters is extracted. ing. The special prize probability when the first character (K1) is extracted is 4/250, and the special prize probability when the second character (K2) is extracted is 3/250. The special prize probability when the third character (K3) is extracted is 2/250, and the special prize probability when the fourth character (K4) is extracted is 1/250.

The symbol random numbers generated by the symbol random number generation unit 133 are random numbers for determining which numeric symbols are to be stopped and displayed in the first to third symbol display areas 31 to 33, respectively. Can take any integer value within the range. Corresponding to the symbol arrangement, each symbol random number is assigned a numeral symbol as follows.

When the symbol random number "0" is extracted, "ska" is displayed as a numeric symbol. When the symbol random number "1" is extracted, the numeral symbol "10" is selected, and when the symbol random number "2" is extracted, the numeral symbol "20" is selected. When the symbol random number “3” is extracted, the numeral symbol “ska” is extracted, when the symbol random number “4” is extracted, the numeral symbol “30” is displayed, and when the symbol random number “5” is extracted, the numeral symbol “40” is displayed. Numeric symbols are displayed.

When the symbol random number "6" is extracted, the numeral symbol "50" is extracted, when the symbol random number "7" is extracted, the numeral symbol "60" is extracted, and when the symbol random number "8" is extracted, the symbol symbol "8" is displayed. "Ska" symbol is displayed. When the symbol random number “9” is extracted, “7”
A numeric symbol of "0" is displayed, and a numeric symbol of "80" is extracted when the symbol random number "10" is extracted, and a numeric symbol of "90" is extracted when the symbol random number "11" is extracted. Is extracted, a numerical symbol of "100" is displayed.

Next, the operation will be described. FIG. 6 shows a transition of the display content on the variable display unit 30 during the execution of the screen game, and a case in which the display content finally becomes “missing”. When a hold ball exists in the hold display section 50 (the lamps 51 to
When at least one of 54 is lit), the execution of the screen game is started based on the secured execution right.

First, any character (in this example, the first character (K1)) is displayed on the picture display area 35.
Appears, and at the same time, the first to third symbol display areas 3
The symbols on 1-33 start to change (FIG. 6a). On the picture display area 35, hit points (H) required to defeat the appearing character and obtain the special prize state are displayed.
The initial value (target numerical value) of P) is displayed.

After a predetermined time has elapsed, the first symbol display area 3
The numerical symbol on 1 stops changing, and the numerical value indicated by the numerical symbol is subtracted from the hit point (HP) to update the display value. Further, a state in which the character has suffered a pain corresponding to the value indicated by the stopped and displayed numeric symbol is displayed on the symbol display area 35. In the example of FIG. 6B, since the numeral symbol of “30” has stopped on the first symbol display area 31, the hit point (HP) is “7” of the value obtained by subtracting “30” points.
"0" is displayed.

After a lapse of a predetermined time, the numerical symbols on the second symbol display area 32 stop changing, and a state in which the character has suffered damage is displayed as before, and
The value of the hit point (HP) is updated and displayed as “10” which is a value obtained by subtracting “60” points (FIG. 6).
c).

After that, a predetermined time elapses, and the numerical symbols on the third symbol display area 33 stop changing. Here, since the numerical symbol stopped on the third symbol display area 33 is "ska" corresponding to "0", the hit point (H
The value of P) remains “10”. At this time, the appearance that the character suffers a pain is not displayed. At the stage where all the numerical symbols on the first to third symbol display areas 31 to 33 are stopped, the hit point (HP) is not equal to or less than “0”, so the loss is determined. Further, when the loss is determined, a character that sneers at the player is displayed (FIG. 6D).

FIG. 7 shows the transition of the display contents on the variable display section 30 during the execution of the screen game, and finally the case of "normal jackpot" (special prize state). If a reserved ball exists in the reserved display unit 50 and the execution right is secured, the execution of the screen game is started. First, any character (in this example, the first character (K1)) and the initial value of the hit point (HP) are displayed on the picture display area 35, and at the same time, the first to third symbol display areas 31 are displayed.
The symbols above ３３33 begin to fluctuate (FIG. 7a).

After a lapse of a predetermined time, the numerical symbols on the first symbol display area 31 stop changing, and the numerical value indicated by the numerical symbols is subtracted from the hit point (HP) to update the display value. Further, a state in which the character has suffered a pain corresponding to the value indicated by the stopped and displayed numeric symbol is displayed on the symbol display area 35. In the example of FIG. 7B, since the numeral symbol of “30” has stopped on the first symbol display area 31, the hit point (HP) is a value “70” obtained by subtracting “30” points.
Will be updated and displayed.

After a lapse of a predetermined time, the numerical symbols on the second symbol display area 32 stop changing, and a state in which the character has suffered damage is displayed as before, and
The value of the hit point (HP) is updated and displayed as “10”, which is a value obtained by subtracting “60” points (FIG. 7C).

After that, a predetermined time elapses, and the numerical symbols on the third symbol display area 33 stop changing. Here, since the value of the numeral symbol stopped on the third symbol display area 33 is “10”, the hit point (HP) is finally determined.
Is updated to “0”, and the appearance that the character has suffered is displayed. In this example, the hit point (HP) at the stage when all the numeric symbols on the first to third symbol display areas 31 to 33 are stopped is “0”, so that a normal jackpot occurs. Note that the normal hit point is such that the final hit point (HP) value is 0 ≧ HP>
It occurs when it is in the range of -50.

FIG. 8 shows the transition of the display contents on the variable display unit 30 during the execution of the screen game, and finally the case where the "probable change big hit" (probability change state) occurs. When the screen game is started, first, any character (in this example, the first character (K1)) and the initial value of the hit point (HP) are displayed on the picture display area 35, and at the same time, the first value is displayed. To the third symbol display areas 31 to 3
The symbol on 3 starts to change (FIG. 8a).

After a lapse of a predetermined time, the numerical symbols on the first symbol display area 31 stop changing, and the numerical value indicated by the numerical symbols is subtracted from the hit point (HP) to update the displayed value. Further, a state in which the character has suffered a pain corresponding to the value indicated by the stopped and displayed numeric symbol is displayed on the symbol display area 35. In the example of FIG. 8B, since the numeral symbol “30” has stopped on the first symbol display area 31, the hit point (HP) is “7” of the value obtained by subtracting “30” points.
"0" is displayed.

After a lapse of a predetermined time, the numerical symbols on the second symbol display area 32 stop changing, and a state in which the character has suffered damage is displayed as before, and
The value of the hit point (HP) is updated to “10”, which is a value obtained by subtracting “60” points, and is displayed (FIG. 8C).

After that, a predetermined time elapses, and the numerical symbols on the third symbol display area 33 stop changing. Here, since the value of the numeral symbol stopped on the third symbol display area 33 is “70”, the final hit point (HP)
Is updated to “−60”. The picture display area 35
Above the character is shown how it suffered. In this example, the hit point (H) at the stage when all the numeric symbols on the first to third symbol display areas 31 to 33 are stopped.
Since the value of (P) becomes equal to or less than “−50” (probability change reference value), a probability change jackpot occurs.

Next, the operation of the gaming machine 10 will be described with reference to a flowchart. The processing related to the screen game as described above performed by the gaming machine 10 is based on the reserved ball display processing (FIG. 9) executed when a ball is won in the starting winning opening 60 and the execution right secured as the reserved ball. And a game execution process (FIG. 12) for actually executing a screen game.

The contents of the symbols used in the flowcharts are as follows. N indicates the number of reserved balls including the winning in the starting winning opening this time. K indicates the value of the character random number, T indicates the value of the special random number, and Z indicates the value of the symbol random number. ZZ is ((third symbol display area 33
Number corresponding to the design random number (Z1)
+ (Numerical value indicated by a numeric symbol corresponding to symbol random number (Z2) for second symbol display region 32) + (third symbol display region 3
3) (a numerical value indicated by a numerical symbol corresponding to the symbol random number (Z3)). KK indicates (ZZ- (the target numerical value of the character corresponding to the extracted character random number)).

The holding ball display process shown in FIG. 9 is a process executed when a ball wins in the starting winning opening 60 at normal times (that is, when there is no probability change). In this processing, it is determined whether or not the number of reserved balls is to be increased based on the winning of the ball to the starting winning opening 60, and if the number of reserved balls is to be increased, various random numbers (prize random number, character random number, symbol random number) Is acquired, and the value of the symbol random number is corrected so that the result of the screen game matches the value of the extracted special random number, and this is stored in the first-in first-out storage unit 170.

Specifically, first, when a ball wins in the starting winning opening 60 (step S901; Y), it is determined whether or not the number of reserved balls (N) has reached a predetermined value (for example, 4). (Step S902) When the predetermined value has been reached (Step S902; Y), a prize ball is paid out (Step S902).
910) The process returns to the determination of whether or not the ball has won the start winning port 60 again.

If the number of reserved balls has not reached the predetermined value (step S902; N), the normal character random number (K), the special award random number (T), and the symbol random numbers (Z1, Z
2, Z3) is extracted (step S903), and the total value (ZZ) of the numerical values indicated by the numerical symbols corresponding to the symbol random numbers (Z1, Z2, Z3), the value of the character random number (K), and the special random number (T) If the comparison result does not match the value of the extracted special random number (T), a comparison process for correcting the value of the symbol random number is executed (step S90).
4). Further, it is determined whether or not (KK) ≧ predetermined value (absolute value of the probability change reference value) is satisfied (step S90).
5). This is for judging whether or not the result of the screen game is accompanied by a shift to the probable change state.

If (KK) ≧ predetermined value (probability change reference value) (step S905; Y), since a transition to the probable change state is involved, the extracted values of K, T, Z, and KK are first stored. It is stored in the address N (predetermined address) of the unit 171 (step S9).
07), a probable change pending ball display process is executed (step S90).
8) Address N of the reserved ball display unit 50 (the leftmost lamp among the unlit lamps) is lit and displayed (step S9).
09), the process proceeds to award ball payout process (step S9).
10).

The probable change pending ball display process is a process executed based on the winning of a ball into the starting winning opening 60 at the time of a probable change. When entering the probable change state, the random number extraction conditions etc. are different from the normal state, so after entering the probable change state, the process equivalent to the hold ball display process is performed in the probable change hold ball process, and the probable change state with the progress of the screen game Is released, the process returns from the probable change pending ball processing.

If (KK) <Predetermined Value (Step S
905; N) saves the extracted values of K, T, Z, and KK in the address N of the first storage unit 171 (step S90).
6) The address N of the reserved ball display section 50 is lit and displayed (step S909), and the prize ball payout processing (step S91).
0).

FIG. 10 shows the contents of the comparison process.
First, ZZ = ((numerical value indicating a numeric symbol corresponding to symbol random number (Z1) for third symbol display area 33)) + (numerical symbol corresponding to symbol random number (Z2) for second symbol display area 32) Is calculated) + (the numerical value corresponding to the symbol symbol corresponding to the symbol random number (Z3) for the third symbol display area 33)) (step S1001).

Next, it is determined whether or not the special prize random number (T) = special prize (step S1002). If T = special prize (step S1002; Y), the target numerical value corresponding to the character random number (K) is determined. It is determined whether or not (HP initial value) ≦ ZZ (step S1005).

If (HP of (K)) ≦ ZZ (step S1005; Y), KK = (ZZ− (H of (K))
P)) (step S1007), and the comparison process ends. That is, when (HP of (K)) ≦ ZZ, the sum of the numerical values indicated by the numerical symbols corresponding to the respective symbol random numbers currently being extracted exceeds the target numerical value of the character. Even if you use it as it is, defeat the character and enter the special prize state. Therefore, the comparison process is completed without correcting the value of the symbol random number.

On the other hand, T = special prize, ((K) HP)
> ZZ, if the value of the symbol random number is unchanged,
Since the special prize state cannot be made to appear and the execution result of the screen game does not match the value of the special prize random number, the value of the symbol random number is corrected. Here, Z1 = (Z1 + 1), Z2 =
Each processing of (Z2 + 2) and Z3 = (Z3 + 3) is executed (step S1006), and the above processing is repeated until (HP of (K)) ≦ ZZ (step S100).
5).

Since the symbol random numbers are arranged in the order shown in FIG. 5 (in principle, the order of the numerical symbol values increases as the random number value increases), the operation of increasing the random number value is repeated. Eventually, the necessary conditions will eventually be satisfied. Actually, the random number value after the addition is “1”.
The value of the remainder divided by "3" is adopted as a new random number value.

If T = not a prize (step S100
2; N), it is determined whether or not (HP of (K))> ZZ (step S1003). If (HP of (K))> ZZ (step S1003; Y), KK = ( ZZ
− ((K) HP)) is calculated (step S100).
7), the comparison process ends.

That is, if (HP of (K))> ZZ, the sum of the numerical values indicated by the numerical symbols corresponding to each of the currently extracted symbol random numbers is equal to or smaller than the target numerical value of the character. If used without change, the character will not be defeated without being defeated. Therefore, the comparison process is completed without correcting the value of the symbol random number.

On the other hand, T = not a prize, but ((K) HP)
If ≤ZZ (step S1003; Y), a special prize state appears if the value of the symbol random number remains as it is, so Z1 = (Z1-1), Z2 = (Z2-2), Z
3 = (Z3-3) (Step S100)
4) This is repeated until (HP of (K))> ZZ (step S1003).

Since the symbol random numbers are arranged in the order shown in FIG. 5 (in principle, the order of the numerical symbol values increases as the random number value increases), the operation of decreasing the random number value is repeated. Eventually, the necessary conditions will eventually be satisfied. Actually, the random number value after the addition is “1”.
The value of the remainder divided by "3" is adopted as a new random number value.

As described above, in the comparison process, when a special prize is generated, a combination of numeric symbols satisfying the character's initial HP ≦ ZZ is forcibly created, and in a non-special prize, a combination of numeric symbols satisfying the character's initial HP> ZZ is determined. It is forcibly created.

FIG. 11 shows the flow of the probable change pending ball processing. In this processing, when a ball wins in the starting winning opening 60 during the period of entering the probability change state, lighting processing of the reserved ball display unit 50 and random number extraction processing are performed. When a ball wins in the starting winning opening 60 (step S1101;
Y), it is determined whether or not the number of reserved balls (N) has reached a predetermined value (here, 4) (step S1102). If the number of reserved balls has reached the upper limit predetermined value (step S11
02; Y), an award ball is paid out (step S1109), and the process returns to the determination of whether or not the ball has won the start winning opening 60 again.

If the number of reserved balls has not reached the predetermined value (step S1102; N), the character random number at the time of probability change (K), the special random number (T) corresponding to this (K), the symbol random number (Z1, Z2 and Z3) are extracted (step S1103), and thereafter, the comparison process shown in FIG. 10 is executed (step S1104). And 0 ≦ (KK)
It is determined whether it is a predetermined value (absolute value of the probability change reference value). That is, it is determined whether or not a state in which a normal jackpot occurs occurs.

When 0 ≦ (KK) <predetermined value (step S1105; Y), the extracted values of K, T, Z, and KK are stored in the first storage unit at address N (step S110).
7), the probable change pending ball display processing ends (return). In other words, after a transition to the probable change state, if a normal jackpot occurs, the probable change state is released. By returning from the process, step S90 shown in FIG.
9 and subsequent steps are executed.

If 0 ≦ (KK) <predetermined value (absolute value of the reference value), that is, if the probability change state is not canceled (step S1105; N), the extracted K, T,
The values of Z and KK are stored in the address N of the first storage unit (step S1106), the address N of the reserved ball display unit is lit (step S1108), and the prize ball is paid out (step S1).
109) The processing is shifted to the processing, and thereafter, the processing returns to the head of the probable change pending ball processing again.

Next, the game execution processing will be described. FIG. 12 shows a main routine of a game execution process executed from the start to the end of the game. This process is off,
This is related to the judgment processing of the normal special prize and the probable variable special prize.

If a reserved ball exists (step S
1201; Y), the first address (the rightmost lamp among the lit lamps) of the reserved ball display unit 50 is turned off (step S1202), and the address stored in the first storage unit 171 is still read. The oldest random number that has not been read is read (step S1203). Then, it is determined whether or not predetermined values ≦ KK, 0 ≦ KK <predetermined value, KK <0, which are the absolute values of the probability change reference values (steps S1204, S1207).
That is, it is determined whether the execution result of the current screen game is a probability change jackpot, a normal jackpot, or a loss.

If the predetermined value is equal to or less than KK, that is, if it is a probability change jackpot (step S1204; Y), a variable display process at the time of a special prize is executed (step S1205), and a probability change special prize game process is executed (step S1206). The process proceeds to a determination as to whether or not the game has ended (step S1211).

If 0 ≦ KK <predetermined value, that is, a normal jackpot (step S1207;
Y), the variable display process at the time of the special prize is executed (step S120).
8) A normal special prize game process is executed (step S120).
9), the process proceeds to a determination as to whether or not the game is over.

If KK <0, that is, if the execution result of the screen game is out of order (step S1207;
N), a variable display process at the time of a loss is executed (step S12).
10), the process proceeds to a determination as to whether or not the game is over.

As a result of the determination as to whether or not the game is over, if the game is to be terminated (step S1211; Y), the present process is terminated (END), otherwise (step S1).
211; N), and the process returns to the determination of whether or not a reserved ball exists (step S1201).

FIG. 13 shows a flow of the variable display processing at the time of the special prize regarding the variable display processing of the variable display section when T = the special prize. The character corresponding to the character random number (K) appears on the picture display area 35 of the variable display unit 30 (step S1301), and at the same time, the change of the symbols on the first to third symbol display areas 31 to 33 starts. (Step S1302). The display state at this time is as shown in FIGS. 7A and 8A, for example.

After the lapse of a predetermined time, the numerical symbol corresponding to (Z1) is stopped and displayed on the first symbol display area 31 (step S1303), and HP = HP- (the numerical value indicated by the numeric symbol of Z1) is executed. (Step S1304), the new HP after the subtraction is displayed on the variable display unit 30 (Step S1).
305). At this time, if the numerical value indicated by the numeral symbol stopped and displayed on the first symbol display area 31 is not "0", that is, if it is not "ska", a state in which the character has suffered is displayed. . The display state at this time is as shown in FIGS. 7B and 8B, for example.

Thereafter, a predetermined time elapses, and the symbol random number Z2
Is stopped and displayed on the second symbol display area 32 (step S1306), and HP = HP- (numerical value corresponding to the numeric symbol of Z2) is executed (step S130).
7) The new HP after the subtraction is displayed on the variable display unit 30 (step S1308). At this time, the numerical value of the numeral symbol stopped and displayed on the second symbol display area 32 is “0”.
If not, it will show the character being hurt. The display state is, for example, as shown in FIGS. 7C and 8C.

Then, after a predetermined time has elapsed, the numeric symbol corresponding to (Z3) is stopped and displayed on the third symbol display area 33 (step S1309), and HP = HP- (numerical value corresponding to the numeric symbol of Z3). ) (Step S131)
0), the new HP after the subtraction is displayed on the variable display unit 30, and the character that has appeared is retreated (step S1311) to establish a special prize symbol (step S13).
1312), the variable display process at the time of the special prize ends. The display state at this time is, for example, the character disappears from the state shown in FIG. 7D.

FIG. 14 shows the flow of the variable display process at the time of a miss regarding the display process of the variable display unit 30 when T = not a prize. The character corresponding to the character random number (K) appears on the picture display area 35 of the variable display unit 30 (step S1401), and the variable display of each symbol on the first to third symbol display areas 31 to 33 is started. (Step S1402).

After the lapse of a predetermined time, the numerical symbol corresponding to the symbol random number (Z1) is stopped and displayed on the first symbol display area 31 (step S1403), and HP = HP- (the numerical value indicated by the numeric symbol of Z1) Is executed (step S1404),
The new HP after the subtraction is displayed on the variable display unit 30 (step S1405). At this time, the numerical value indicated by the numerical symbol stopped and displayed on the first symbol display area 31 is “0”.
If not, that is, if it is not “ska”, a state in which the character has suffered a pain is displayed. The display state is
An example is shown in FIG. 6b.

Thereafter, a predetermined time elapses, and the symbol random number (Z
The numerical symbol corresponding to 2) is stopped and displayed on the second symbol display area 32 (step S1406), and HP = HP- (Z
2) (step S140).
7) The new HP after the subtraction is displayed on the variable display unit 30 (step S1408). Also at this time, if the numerical value indicated by the numeral symbol stopped and displayed on the second symbol display area 32 is not “0”, a state in which the character has suffered a pain is displayed. The display state is, for example, as shown in FIG. 6C.

Thereafter, after a predetermined time has elapsed, the numerical symbol corresponding to (Z3) is stopped and displayed on the third symbol display area 33 (step S1409), and HP = HP- (the numerical value indicated by the numeric symbol of Z3). Is executed (step S1410), and a new HP after the subtraction is displayed. In the case of a loss, since the value of the remaining HP is 0 or more at this time, a loss symbol is established as shown in FIG.
1411), the variable display process at the time of losing ends.

FIG. 15 shows a game process during a special prize game at the time of a probability change. By this processing, the special value is actually given to the player. It is determined whether the probable change mode is stored in the second storage unit 172 (step S15).
01), if the probability change mode is not stored (step S1501; N), the probability change mode is updated and stored in the second storage unit 172 (step S1502), and if the probability change mode is stored (step S1501; Y). ), The variable winning opening 70 (attacker) is opened as it is (step S1503).

After releasing the attacker 70, it is determined whether or not a predetermined number of balls have been won or a predetermined time has elapsed (steps S1504 and S1505). If either of them is satisfied (step S1504; Y or S1)
505; Y), the attacker 70 is closed (step S)
1506). Also, while opening the attacker 70,
It is determined whether or not a ball has won the V winning opening 75 (step S1507), and if the ball has won the V winning opening 75 (step S1507; Y), the number of times the attacker 70 has opened reaches the predetermined number. It is determined whether or not this is the case (step S1508).

When the player does not win the V winning opening 75 (step S1507; N) and when the player wins the V winning opening 75 but the number of times the attacker 70 has been opened reaches a predetermined number (step S1508; Y), the certain variable special prize The game processing ends.

In addition, a prize is won in the V winning opening 75 (step S).
1507; Y), if the number of times the attacker 70 has been released has not reached the predetermined number (step S1508; N), the process returns to the attacker 70 release process (step S1503) again.

FIG. 16 shows a game process during a normal prize game. By this processing, the special value is actually given to the player. It is determined whether the normal mode is stored in the second storage unit 172 (step S16).
01), if the normal mode is not stored (step S1601; N), the normal mode is updated and stored in the second storage unit 172 (step S1602), and if the normal mode is stored (step S1601; Y). ), The variable winning opening 70 (attacker) is opened as it is (step S1603).

After releasing the attacker 70, it is determined whether a predetermined number of balls have been won or a predetermined time has elapsed (steps S1604 and S1605). If either of them is satisfied (step S1604; Y or S1)
605; Y), the attacker 70 is closed (step S)
1606). Also, while opening the attacker 70,
It is determined whether or not a ball has won the V winning opening 75 (step S1607), and if the ball has won the V winning opening 75 (step S1607; Y), the number of times the attacker 70 has been opened has reached a predetermined number. It is determined whether or not this is the case (step S1608).

If the player does not win the V winning opening 75 (step S1607; N), or if the player wins the V winning opening 75 but the attacker 70 has reached the predetermined number of times (step S1608; Y), the probable variable special prize The game processing ends.

In addition, the player wins the V winning opening 75 (step S).
1607; if the number of times the attacker 70 has been released has not reached the predetermined number (step S1608; N), the process returns to the attacker 70 release process (step S1603) again.

As described above, the characters displayed on the picture display area 35 and the HP (target numerical value notification symbol) are displayed.
And thereafter, a plurality of numeric symbols stopped and displayed sequentially on the first to third symbol display areas 31 to 33 are related to each other, so that the symbols are simply symbols like a symbol matching game as a slot machine. The game content is richer in change and more interesting than the screen game in which the game is aligned.

Further, the target numerical value is displayed, and each time the numeral symbol is stopped and displayed, the numerical value indicated by the numerical value pattern is not only subtracted from the target numerical value, but also the situation where the HP is subtracted is displayed by the enemy character and this character. Since the information is displayed through an entertaining effect screen that represents an attack, the thrill and excitement of the player can be aroused.

Further, by displaying a character of a different type for each target numerical value (initial value of HP) as the target numerical value notification symbol, it becomes easy for the player to recognize the difference in HP and the game content is further changed. Will be rich.

Next, a second embodiment of the present invention will be described. The gaming machine according to the second embodiment displays the numeric symbols displayed on the first symbol display area 31 and the second symbol display area 32 on the symbol display area 35, and displays the numeric symbols displayed last. Is displayed on a symbol display area 37 prepared separately.

As shown in FIG. 17, a picture display area 35 and one picture display area 37 are provided on the variable display section 30. When a ball wins in the starting winning opening 60, the picture display area 35 is displayed. As the character appears above,
The symbol starts to change on the symbol display area 37. afterwards,
The first numeric symbol 1701 appears on the picture display area 35, and the hit point (HP) is subtracted by the numeric value.

Next, a second numeral symbol 1702 appears on the symbol display area 35, and the hit point (HP) is accordingly increased.
Is subtracted. Thereafter, the third numeric symbol is stopped and displayed on the symbol display area 37, and the HP of the character is subtracted. Then, according to the hit point (HP) value after subtracting the numerical value indicated by the third numerical symbol,
One of the special prize state and the probable change state is determined.

FIG. 17 shows a transition of display contents on the variable display section 30 when the gaming machine according to the second embodiment executes a screen game, and shows a case where the transition eventually results in “missing”. ing. When a reserved ball is present in the reserved ball display unit 50, a character (in this example, the first character 201) appears, and the symbol display area 37 starts to change (FIG. 17A).

After the lapse of a predetermined time, the first numeral symbol 17
“30” appears on the picture display area 35 as 01, and the HP (remaining numerical value) on the variable display unit 30 is updated and displayed to “70” which is a value obtained by subtracting 30 points from the initial hit point (HP). . At this time, as in the case of the first embodiment, the character is in a state of being hurt by the attack, but the state of the attack is also used as the first numeral pattern (FIG. 17B).

After a lapse of a predetermined time, “60” appears in the pattern display area 35 as a second numeric symbol 1702 in a form indicating an attack, and “10”, a value obtained by subtracting 60 points from the current HP, is displayed. Is displayed (FIG. 17c). Further, after a lapse of a predetermined time, a third numerical symbol (here, a symbol of “ska”) as a final symbol is stopped and displayed on the symbol display area 37 (FIG. 17D). In the case of "ska",
HP is not subtracted, and “10” is displayed as it is. Then, since the HP is not finally equal to or less than “0”, the outlier is determined.

FIG. 18 shows a transition of display contents on the variable display section 30 when the gaming machine according to the second embodiment executes a screen game, and a case where a “normal jackpot” is finally obtained. Is shown. If a reserved ball is present in the reserved ball display unit 50, a character (in this example, the first character 201) appears, and the symbol display area 37 starts to change (FIG. 18A).

After a lapse of a predetermined time, the first numeral symbol 17
As “01”, “30” appears on the picture display area 35, and the HP (remaining numerical value) on the variable display unit 30 is “70” which is a value obtained by subtracting 30 points from the initial hit point (HP).
Will be updated. At this time, the character appears to be hurt by the attack (FIG. 18b).

After a predetermined time has elapsed, “60” appears on the picture display area 35 as the second numeric symbol 1702, and “10”, which is a value obtained by subtracting 60 points from the HP, is displayed.
Is displayed (FIG. 18c). Further, after the elapse of the predetermined time, the symbol “10” is stopped and displayed on the symbol display area 37 as the third numeral symbol. At this time, the character appears to be hurt by the attack. Also, the hit point (HP) after the subtraction is “0”, and 0 ≧
Since the final HP value is in the range of −50, a normal special prize (normal jackpot) is generated (FIG. 18d).

FIG. 19 shows a transition of display contents on the variable display section 30 when the gaming machine according to the second embodiment executes a screen game, and a case where a “probably variable jackpot” is finally reached. Is shown. When a reserved ball is present in the reserved ball display unit 50, a character (in this example, the first character 201) appears, and the symbol display area 37 starts to change (FIG. 19A).

After a lapse of a predetermined time, “30” appears on the picture display area 35 as the first numeric symbol, and the HP (remaining numerical value) on the variable display section 30 is changed to the initial hit point (H).
It is updated and displayed to “70” which is a value obtained by subtracting 30 points from P). At this time, the character is hurt by the attack (FIG. 19b).

After a lapse of a predetermined time, "60" appears on the picture display area 35 as the second numeric symbol, and "10", which is a value obtained by subtracting 60 points from the HP, is displayed (FIG. 19c). . Further, after the elapse of the predetermined time, the symbol “70” is stopped and displayed on the symbol display area 37 as the third numeral symbol. At this time, the character appears to be hurt by the attack. Also, the hit point (HP) after the subtraction is “−60”, and the final HP
Is smaller than -50, a probability-change special prize (probability-change big hit) is generated (FIG. 19D).

That is, in the gaming machine according to the second embodiment, only the last numeric symbol is stopped and displayed on the symbol display area 37, and the remaining two numeric symbols are attacked by the character in the symbol display area 35. Displayed above. This makes it possible to provide the player with a new display method and interesting game contents.

Next, a third embodiment of the present invention will be described. The gaming machine 10b according to the third embodiment has a configuration shown in FIG.
As shown in the figure, on the variable display unit 30, a picture display area 35 for displaying a character, a symbol display area 37 for displaying a numeric symbol, the number of numeric symbols to be displayed,
That is, an attack frequency display section 38 for displaying the number of times the character is attacked is provided.

The gaming machine 10b further includes an attack frequency display section 38 in the variable display section 30 of the gaming machine in the second embodiment.
Numerical symbols appear as many times as the number of times displayed on the number-of-attacks display section 38, and the initial HP (target numerical value) possessed by the character and the total value of the numerical values indicated by the plurality of numeric symbols that have appeared. In accordance with the result of the comparison, the system is configured to be assigned to the outlier, the normal prize, and the probable prize.

FIG. 21 shows a circuit configuration of the gaming machine 10b. The attack random number generation unit 1 is different from the one shown in FIG.
34 and a symbol display number presenting means 180 for controlling the display content on the number-of-times-of-attacks display section 38, and have the same configuration. Attack random number generator 13
Numeral 4 is for generating and extracting an attack random number for determining the number of times the numeric symbol is stopped and displayed, that is, the number of attacks. The symbol display number presenting means 180 is used to display the number of attacks display section 3
8 is a part that performs a function of subtracting the number of attacks displayed on the screen 8 every time an attack is performed, and controlling the remaining number of attacks to be displayed.

FIG. 22 shows a random number table 300 used in the gaming machine 10b according to the third embodiment. This is obtained by adding the attack random number (A) to the one shown in FIG. 5, and the character random number, the special random number, and the design random number are the same as those in FIG. The attack random number generated by the attack random number generation unit 134 varies in a range from “0” to “10”, and the number of attacks corresponding to each random value is determined as follows.

When the attack random number is “0”, the number of attacks (A) is one. When the attack random number is “1” or “2”, the number of attacks (A) is two. When the attack random number is "3" to "7", the number of attacks (A) is three, and when the attack random number is "8" or "9", the number of attacks (A) is four. When the attack random number is “10”, the number of attacks is five.

When the number of attacks is three, each display content on the variable display unit 30 changes as shown in FIG. That is, when a reserved ball is present in the reserved ball display unit 50, a character (here, the first character) appears (FIG. 20A), the symbol on the symbol display area 37 starts to change, and an attack starts. “3” is displayed on the count display section 38.

After a lapse of a predetermined time, the first numeral symbol 17
01, the number “30” appears on the picture display area 35 in a form that also serves to attack the character.
Is updated and displayed to “70” which is a value obtained by subtracting 30 points. Also, the numerical value of the number-of-attacks display section 38 is subtracted by “1” and updated to “2” (FIG. 20B).

After a lapse of a predetermined time, a numeral “60” appears on the pattern display area 35 as a second numeral symbol 1702 in a form also serving to attack the character.
The HP is updated and displayed to “10” which is a value obtained by subtracting 60 points. In addition, the numerical value of the number-of-attacks display section 38 is subtracted by "1" to obtain "1" (FIG. 20c).

After a further elapse of a predetermined time, the third numeral symbol, which is the last numeral symbol, is stopped and displayed on the symbol display area 37. Here, since the symbol of “ska” is stopped and displayed, “10” is continuously displayed as the HP. The numerical value of the number-of-attacks display section 38 is further reduced by "1" and updated to "0" (FIG. 20d). This completes the attack. It is determined whether or not a special prize is generated based on the value of the hit point (HP) at this time. FIG.
In the example, the remaining hit point (HP) is "0" or more, so that it is missed.

FIG. 23 shows a case where the number of attacks is five. When a reserved ball is present in the reserved ball display unit 50, the character (here, the first
The character on the symbol display area 37 starts to change. Also, “5” is displayed on the attack frequency display section 38 (FIG. 23A).

After a lapse of a predetermined time, the first numeral pattern 23
As “01”, “10” appears on the picture display area 35 in a form that also serves as an attack on the character, and the HP is updated to “90”, which is a value obtained by subtracting 10 points. Also,
The numerical value of the number-of-attacks display section 38 is subtracted by “1” and “4”
(FIG. 23B).

After a lapse of a predetermined time, a numeral “30” appears on the pattern display area 35 as a second numeral symbol 2302 in a form also serving to attack the character.
HP is updated and displayed to “60” which is a value obtained by subtracting 30 points. Also, the value of the attack frequency display section 38 is subtracted by “1” and updated to “3” (FIG. 20c).

Thereafter, when a predetermined time has elapsed, the third
Is stopped and displayed on the picture display area 35. When the numeral symbol is “ska”, the attack 2303 appears at the position where the character has been removed, as shown in FIG. 23c. In the case of “ska”, the HP is not subtracted. The numerical value of the number-of-attacks display section 38 is further reduced by "1" and updated to "2" (FIG. 23d).

After a lapse of a predetermined time, a number “50” appears on the picture display area 35 as a fourth number symbol 2304 in a form also serving to attack the character.
The HP is updated and displayed to “10” which is a value obtained by subtracting 50 points. Further, the numerical value of the number-of-attacks display section 38 is subtracted by “1” and updated to “1” (FIG. 20E).

After a further elapse of a predetermined time, the fifth numeral symbol, which is the last numeral symbol, is stopped and displayed on the symbol display area 37. Here, since the symbol “ska” is stopped and displayed, “10” is continuously displayed on the HP as it is.
The numerical value of the number-of-times-of-attacks display section 38 is further reduced by “1” and updated to “0” (FIG. 23F). This completes the attack. In the example of FIG. 23, the value of the hit point (HP) at the point of time when all the attacks are completed is “0” or more, so that it is off.

Next, the gaming machine 1 according to the third embodiment
The operation at 0b will be described with reference to a flowchart. The processing related to the screen game performed by the gaming machine 10b includes a holding ball display process (FIG. 24) executed when a ball wins in the starting winning port 60, and a screen game based on the execution right secured as a holding ball. (FIG. 26).

The contents of each symbol used in each flowchart are as follows. N indicates the number of reserved balls including winning in the starting winning opening this time. K indicates the value of the character random number, T indicates the value of the special random number, and Z indicates the value of the symbol random number.

A indicates the value of the attack random number, and M indicates the number of attacks according to the attack random number. ZZ is ((numerical value indicated by numeral symbol corresponding to symbol random number (Z1)) + (numeric symbol indicated by numeral symbol corresponding to symbol random number (Z2)) +... +
(Numerical symbol corresponding to symbol random number (ZM))
It is. That is, the value of the numerical symbol in each attack is summed up for the total number of attacks M. KK is (ZZ-
(The target numerical value of the character corresponding to the extracted character random number)).

The holding ball display process shown in FIG. 24 is a process executed when a ball wins in the starting winning opening 60 at normal times (that is, when there is no probability change). In this processing, based on the winning of the ball into the starting winning opening 60, it is determined whether or not the number of reserved balls is to be increased. When the number of reserved balls is to be increased, various random numbers (special random number, character random number, symbol random number, attack random number, A random number) is acquired, the value of the symbol random number is corrected so that the result of the screen game matches the value of the extracted special random number, and this is stored in the first-in first-out storage unit 170.

More specifically, first, when a ball wins in the starting winning opening 60 (step S2401; Y), it is determined whether or not the number of reserved balls (N) has reached a predetermined value (for example, 4). (Step S2402) If the predetermined value has been reached (Step S2402; Y), a prize ball is paid out (Step S2411), and the process returns to the determination as to whether or not the ball has won the start winning port 60 again.

If the number of retained balls has not reached the predetermined value (step S2402; N), a normal character random number (K), a special random number (T) and an attack random number (A) are extracted (step S2402; N). In step S2403, symbol random numbers (Z1, Z2,... ZM) are extracted by the number corresponding to the attack random number value (step S2404).

Thereafter, the value of the character random number (K) and the total value (ZZ) of the symbol random numbers (Z1, Z2,... ZM) are compared with the special random number (T), and the value of the extracted special random number (T) is compared. If the result does not match, a comparison process for correcting the value of the symbol random number is executed (step S2405).
Subsequently, it is determined whether or not (KK) ≧ predetermined value (absolute value of the probability change reference value) is satisfied (step S2406). This is for judging whether or not the result of the screen game is accompanied by a shift to the probable change state.

If (KK) ≧ predetermined value (probable change reference value) (step S2406; Y), since a transition to the probable change state is involved, each of the extracted K, T, Z, A, and KK values is 1
It is stored in the address N (predetermined address) of the storage unit 171 (step S2408), and the probable change reserved ball display processing is executed (step S2409). (Step S2410), and the process proceeds to the award ball payout process (Step S2411).

[0147] The probability change pending ball display process is a process executed based on the winning of a ball into the starting winning opening 60 at the time of the probability change. When entering the probable change state, the random number extraction conditions etc. are different from the normal state, so after entering the probable change state, the process equivalent to the hold ball display process is performed in the probable change hold ball process, and the probable change state with the progress of the screen game Is released, the process returns from the probable change pending ball processing.

When (KK) <Predetermined Value (Step S
2406; N) saves the extracted values of K, T, Z, A, and KK in the address N of the first storage unit 171 (step S2).
407), the address N of the reserved ball display section 50 is lit and displayed (step S2410), and the processing shifts to award ball payout processing (step S2411).

FIG. 25 shows the contents of the comparison process.
First, ZZ = (ΣZM design (Z1 design + Z2 design + ...)
+ ZM symbol)) (step S2501), and it is determined whether or not the special random number (T) = the special prize (step S25).
02).

When T = special prize, ((K) HP)
It is determined whether or not ≦ ZZ (step S2505),
If (HP of (K)) ≦ ZZ is satisfied (step S25)
05; Y), KK = (ZZ- (HP of (K))) is calculated (step S2507), and the comparison process ends.

T = special prize (step S2503;
If Y) and (HP of (K))> ZZ (step S2505; N), the process of ZM = (ZM + M) is executed (step S2506), and the condition of (HP of (K)) ≦ ZZ is satisfied. This is repeated until the condition is satisfied.

If T is not the special prize (step S
2503; N), it is determined whether or not (HP of (K))> ZZ (step S2503), (HP of (K))>
If it is ZZ (step S2503; Y), KK =
(ZZ- (HP of (K)) is calculated (step S250)
7), end the comparison process.

T = not a prize (step S2502;
N) and (HP of (K)) ≦ ZZ (step S2503; N), ZM = (ZM−M) processing is executed (step S2504), and (HP of (K))> ZZ repeat.

That is, when the special prize occurs, the character's HP
≦ ZZ is forcibly created, and HP> ZZ of the character is forcibly created at the time of non-prize.

FIG. 26 shows the flow of the probable change pending ball processing. In this processing, when a ball wins in the starting winning opening 60 during the period of entering the probability change state, lighting processing of the reserved ball display unit 50 and random number extraction processing are performed. When the ball wins in the start winning opening 60 (step S2601;
Y), it is determined whether or not the number of retained balls (N) has reached a predetermined value (here, 4) (step S2602). If the number of reserved balls has reached the upper limit predetermined value (step S26)
02; Y), the prize ball is paid out (step S2609), and the process returns to the determination of whether or not the ball has won the start winning port 60 again.

If the number of retained balls has not reached the predetermined value (step S2602; N), the character random number at the time of probability change (K), the special award random number (T) corresponding to this (K), and the attack random number (A) Are respectively extracted (Step S260)
3). Further, a number of symbol random numbers corresponding to the number of attacks M corresponding to the previously extracted attack random number is extracted (step S2).
604). Thereafter, the comparison process shown in FIG. 25 is executed (step S2605). Then, it is determined whether or not 0 ≦ (KK) <predetermined value (absolute value of the probability change reference value). That is, it is determined whether or not a state in which a normal jackpot occurs occurs.

If 0 ≦ (KK) <predetermined value (step S2606; Y), the extracted K, T, Z, A, KK
Are stored in address N of the first storage unit (step S26).
10), the probable change pending ball display processing ends (return).
In other words, after a transition to the probable change state, if a normal jackpot occurs, the probable change state is released.

If 0 ≦ (KK) <predetermined value (absolute value of the probability change reference value), that is, if the probability change state is not canceled (step S2606; N), the extracted K, T,
The values of Z, A, and KK are stored in the address N in the first storage unit (step S2607), the address N in the reserved ball display unit is lit (step S2608), and the prize ball is paid out (step S2609). Then, the process returns to the head of the probable change pending ball processing again.

The main routine of the game execution processing relating to the judgment processing of the out-of-game, from the start to the end of the game, the normal special prize and the probable change special prize is the same as that shown in FIG. 12, and a description thereof will be omitted.

FIG. 27 shows the flow of the variable display processing at the time of the special prize regarding the variable display processing of the variable display section when T = the special prize. A character corresponding to the character random number (K) appears on the picture display area 35 of the variable display unit 30 (step S2701), and at the same time, the symbol display area 3
7 is started to change (step S270)
2). Further, the number of attacks (M) is displayed on the number-of-attacks display section 38.
Is displayed (step S2703). The display state at this time is as shown in FIG. 23A, for example.

After the lapse of a predetermined time, a numeric symbol corresponding to (ZM) is displayed on the symbol display area 35 (step S2).
704). This numeric symbol is displayed on the symbol display area 35 as if attacking the character. If the numeric symbol indicated by the numeric symbol is not “0”, that is, if it is not “ska”, for example, as shown in FIG. Is displayed and the character is hurt. In the case of “ska”, a state is displayed in which the attack is performed at a position where the character is removed, as shown in FIG. 23D.

After displaying the numeric symbols, HP = HP- (Z
M) (step S270).
5) The new HP after the subtraction is displayed on the variable display unit 30 (step S2706). Further, the number of attacks M is subtracted by "1", and this new number of attacks is displayed on the number-of-attacks display section 38 (step S2708).

If M after subtraction is not "0" (step S2709; N), the process returns to step S2704, and the next attack is performed. Since the variable display process at the time of the special prize is a case where the total of the numerical values attacked is equal to or more than the target numerical value of the character, when the number of attacks M becomes “0” (step S2709; Y), the hit point (HP) )
Becomes “0” or less. Therefore, the state of extermination of the character is displayed on the pattern display area 35 (step S2710), and a special prize symbol is established (step S2).
711), the variable display process at the time of the special prize ends. Even if the number of times is less than M, the attack may be terminated when KK exceeds the probability change reference value.

FIG. 28 shows the flow of the variable display process at the time of a miss regarding the display process of the variable display section 30 when T = not a prize. A character corresponding to the character random number (K) appears on the picture display area 35 of the variable display section 30 (step S2801), and at the same time, the change of the symbol on the symbol display area 37 is started (step S280).
2). Further, the number of attacks (M) is displayed on the number-of-attacks display section 38.
Is displayed (step S2803).

After the lapse of a predetermined time, a numeric symbol corresponding to (ZM) is displayed on the symbol display area 35 (step S2).
804). The numeral pattern is displayed on the pattern display area 35 as if attacking the character. After displaying the numeral symbol, HP = HP- (the numerical value indicated by the numeral symbol of ZM) is executed (step S2805), and the new HP after the subtraction is displayed on the variable display unit 30 (step S280).
6). Further, the number of attacks M is subtracted by "1", and the new number of attacks is displayed on the number-of-attacks display section 38 (step S2808).

If M after subtraction is not "0" (step S2809; N), the process returns to step S2804, and the next attack is performed. In the variable display process at the time of off, since the total of the attacked numerical value is less than the character's target numerical value,
At the stage when the number of attacks M has become “0” (step S28)
09; Y), the hit point (HP) always becomes “0” or more, so a missing symbol is established as shown in FIG. 23f (step S2810), and the variable display process at the time of ending ends.

The game process during the special prize game at the time of the probability change and the game process during the normal prize game at the normal time are shown in FIGS. 15 and 16, respectively.
And their descriptions are omitted.

As described above, in the third embodiment, the number of times the character is attacked varies for each screen game, so that the game content is more varied and the special value is given depending on the number of attacks. It is possible to make the player foresee the level of the probability of being performed.

In each of the above-described embodiments, two types of special prizes, ie, a normal jackpot and a probable variable jackpot, are generated according to the remaining hit points (HP) of the character. There is no limitation, and three or more types may be set according to the value of the remaining hit points (HP), or only one type may be set. In the embodiment, a normal jackpot is generated when the remaining hit points (HP) are equal to or less than “0” and equal to or greater than “−50”, and a probability variable jackpot is generated when the remaining hit points (HP) are equal to or less than “−50”. These reference values are not limited to “0” or “−50”.

Further, when a special prize is generated, the number of times the attacker is released, the number of winnings when the attacker is released, the opening time of the attacker, and the like may be made different depending on the remaining HP of the character. In addition, the appearance method of the numeric symbols in the second and third embodiments is not limited to the illustrated ones.

In each embodiment, the special prize condition is that the HP of the character is equal to or less than 0. For example, when all the values of the displayed numeric symbols are aligned, a small special prize (for example, The attacker may be opened three times). In this way, the two types of games, exterminating the character and aligning the figures and symbols, are combined to make the game contents more varied, and the prize balls are easily given to the players. This makes it possible to improve the possession and enjoy the game for a long time with a small investment.

In the third embodiment, the number of attacks is 1
Although the range is varied from times to five times, the present invention is not limited to this, and a configuration including six times or more or zero times may be used. Furthermore, in each embodiment, four types of characters are prepared, but the types and number of characters are not limited to those illustrated. The initial value (target numerical value) of the HP of each character is also an example, and is not limited to this.

In the embodiment, eleven numerical values of the numerical symbols are provided at intervals of “10” from 0 to 100, but each numerical value of the numerical symbols is not limited to this. For example, a configuration may be provided in which “−10” or the like for increasing the HP of the character is provided, and when “−10” appears as a numeric symbol, “+10” is added to the HP of the character. Further, special symbols such as "2 times" and "3 times" are prepared, and when this symbol appears, the symbol fluctuates again, and after that, the value of the numerical symbol stopped and displayed is 2 times.
Double and triple HPs may be configured to be subtracted from the character HP.

In addition, the target numerical value notification symbol is not limited to the character exemplified in the embodiment. For example, a pattern such as a building of a floor corresponding to the target numerical value is displayed, and every time an attack is made, the target numerical value notification symbol is displayed. A state in which a building collapses according to the attacked numerical value may be displayed. Also, certain moving objects (for example, trains and runners)
This is a running course whose length fluctuates long and short according to the target numerical value as a target numerical notification symbol, and moves the moving object toward the goal by the numerical value indicated by the appearing numerical pattern It may be. in this case,
When a goal is reached, a special prize may be generated, or a number of passing points may be provided in the course of the course, and the magnitude of the special value may increase as each passing point is exceeded. As described above, the target numerical value notification symbol can be of various modes.

[0175]

According to the gaming machine of the present invention, since the target numerical value notification symbol displayed at the beginning of the screen game and a plurality of numeric symbols sequentially displayed thereafter are related, the symbol is simply displayed. Compared to the ones provided, the game content is more varied and more interesting, and the ability to attract customers is increased, which can contribute to an increase in the sales of the game hall.

[0176] Further, in the device having the symbol display number presenting means, the number of displayed numeric symbols increases / decreases for each screen game and fluctuates, so that the content of the game is more varied. Further, it is possible for the player to foresee the level of the probability of the special value being given depending on the number of displayed numeric symbols, thereby increasing the expectation for the special prize.

Further, a pattern representing an attack object or the like is displayed as a target numerical value notification symbol, and each time a numeral symbol is displayed, a change is made to the pattern such that the attack target suffers a pain according to the numerical value. In such a case, the display content becomes more interesting. In addition, the content displayed using the pattern is not merely an effect for notifying the game result, but also has a close relationship with the sequentially displayed numeric symbols, so that the player may be bored. Absent. Further, since the occurrence probability of the special prize varies depending on the type of the target numerical value notification symbol that appears, the sense of expectation for the special prize can be increased.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a circuit configuration of a gaming machine according to first and second embodiments of the present invention.

FIG. 2 is a front view showing the gaming machine according to the first embodiment of the present invention.

FIG. 3 is a front view showing a game board surface of the gaming machine according to the first embodiment of the present invention.

FIG. 4 is an explanatory diagram showing a character as a target numerical value notification symbol and a value of its hit point (HP).

FIG. 5 is an explanatory diagram showing a random number table used in the gaming machine according to the first and second embodiments of the present invention.

FIG. 6 is an explanatory diagram showing a transition of display contents on a variable display unit when the gaming machine according to the first embodiment of the present invention executes a screen game, and finally showing a case of “missing”. It is.

FIG. 7 is a diagram illustrating a transition of display contents on a variable display unit when a gaming machine according to a first embodiment of the present invention executes a screen game, and a case in which a “normal jackpot” is finally reached. FIG.

FIG. 8 is a diagram illustrating a transition of display contents on a variable display unit when the gaming machine according to the first embodiment of the present invention executes a screen game, and a case where the transition eventually becomes a “probable change big hit”. FIG.

FIG. 9 is a flowchart showing a reserved ball display process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 10 is a flowchart showing a comparison process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 11 is a flowchart showing a probable change pending ball display process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 12 is a flowchart showing a game execution process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 13 is a flowchart showing a prize-variable display process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 14 is a flowchart showing out-of-office variable display processing performed by the gaming machine according to the first embodiment of the present invention.

FIG. 15 is a flowchart showing a probable variable prize game process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 16 is a flowchart showing a normal special prize game process performed by the gaming machine according to the first embodiment of the present invention.

FIG. 17 is an explanatory diagram showing a transition of display contents on a variable display unit when a gaming machine according to a second embodiment of the present invention executes a screen game, and finally showing a case in which “missing” occurs. It is.

FIG. 18 is a diagram illustrating a transition of display contents on a variable display unit when the gaming machine according to the first embodiment of the present invention executes a screen game, and a case where a “normal jackpot” is finally reached. FIG.

FIG. 19 is a diagram illustrating a transition of display contents on a variable display unit when a gaming machine according to a second embodiment of the present invention executes a screen game, and a case where the transition eventually becomes a “probable change big hit”. FIG.

FIG. 20 is an explanatory diagram showing an example of transition of display contents on a variable display unit when a gaming machine according to a third embodiment of the present invention executes a screen game, in which the number of attacks is three. It is.

FIG. 21 is a block diagram showing a circuit configuration of a gaming machine according to a third embodiment of the present invention.

FIG. 22 is an explanatory diagram showing a random number table used in the gaming machine according to the third embodiment of the present invention.

FIG. 23 is an explanatory diagram showing an example of transition of display contents on a variable display unit when a gaming machine according to a third embodiment of the present invention executes a screen game, in which the number of attacks is five. It is.

FIG. 24 is a flowchart showing a reserved ball display process performed by the gaming machine according to the third embodiment of the present invention.

FIG. 25 is a flowchart showing a comparison process performed by the gaming machine according to the third embodiment of the present invention.

FIG. 26 is a flowchart showing a probable change pending ball display process performed by the gaming machine according to the third embodiment of the present invention.

FIG. 27 is a flowchart showing a prize-variable display process performed by the gaming machine according to the third embodiment of the present invention.

FIG. 28 is a flowchart showing out-of-office variable display processing performed by the gaming machine according to the third embodiment of the present invention.

[Explanation of symbols]

 10, 10b: gaming machine 11: gaming board surface 12: firing handle 19: front plate 20, lower plate 30, variable display unit 31, first symbol display area 32, second symbol display area 33, third symbol display Area 35 ... Picture display area 37 ... Symbol display area 38 ... Attack count display section 50 ... Holding display section 60 ... Start winning prize port 70 ... Variable winning port 80 ... Prize ball payout means 100 ... Control section 120 ... Screen game execution means 130 ... Random number generation unit 131 ... award random number generation unit 132 ... character random number generation unit 133 ... symbol random number generation unit 134 ... attack random number generation unit 140 ... target numerical value presentation unit 150 ... numeric symbol presentation unit 160 ... special prize judgment unit 170 ... storage unit 180 ... Symbol display number presenting means 201: first character 202: second character 203: third character 204: fourth character

Claims (5)

[Claims] A gaming machine for executing a predetermined screen game based on the fact that a ball hit on a game board has won a starting winning prize, and giving a special value advantageous to a player according to the execution result. In the above, comprising a variable display means for displaying the screen game, and a screen game execution means for executing the screen game on the variable display means, the screen game execution means, the target numerical value extracted at random A target numerical value presenting means for displaying the target numerical value notification symbol represented on the variable display means, and a numerical symbol presenting means for displaying a plurality of numerical symbols each representing a numerical value extracted at random on the variable display means, Determining means for determining whether or not a special value should be given to the player, wherein the screen game executed by the screen game execution means is the variable display means based on a winning of a ball into the starting winning opening. Up After displaying the target numerical value notification symbol, the numeral symbol is sequentially displayed on the variable display means in a predetermined plurality of numbers, and the determination means is displayed on the variable display means by the numeral symbol presentation means. Compare the total value of the numerical values represented by the predetermined plurality of numerical symbols and the target numerical value represented by the target numerical value notifying symbol displayed on the variable display means by the target numerical value presenting means, and according to the result. A gaming machine for determining whether or not to give the special value. 2. A gaming machine for executing a predetermined screen game based on a ball hit on a game board surface winning in a starting winning opening, and providing a special value advantageous to a player according to the execution result. In the above, comprising a variable display means for displaying the screen game, and a screen game execution means for executing the screen game on the variable display means, the screen game execution means, the target numerical value extracted at random A target numerical value presenting means for displaying the target numerical value notification symbol represented on the variable display means, and a numerical symbol presenting means for displaying a plurality of numerical symbols each representing a numerical value extracted at random on the variable display means, A symbol display number presenting means for randomly selecting the number of the numeric symbols to be displayed by the numeric symbol presenting means and displaying the value on the variable display means, and the special value should be given to the player. The screen game executed by the screen game execution means has a target numerical notification symbol and the target numerical notification symbol on the variable display means based on winning of a ball to the starting winning opening. After displaying the display number, the number symbols are sequentially displayed on the variable display means by the number corresponding to the display number, and the determination means is displayed on the variable display means by the number symbol presentation means. The total number of the numerical values represented by the numerical symbols of the displayed number is compared with the target numerical value represented by the target numerical value notifying symbol displayed on the variable display means by the target numerical value presenting means, and according to the result. A gaming machine for determining whether or not to give the special value. 3. The target numerical value presenting means displays a predetermined pattern and the remaining numerical value with the target numerical value as an initial value as the target numerical value notifying symbol, and displays the numerical symbol by the numerical symbol presenting means. The gaming machine according to claim 1 or 2, wherein a change corresponding to the numerical value is given to the picture every time the game is performed, and the remaining numerical value is updated to a value obtained by subtracting the number indicated by the numerical symbol. 4. The target numerical value presenting means displays a symbol representing a predetermined attack target and a residual numerical value with the target numerical value as an initial value as the target numerical value notifying symbol, and the numerical symbol presenting means displays the target numerical value. Each time a numerical symbol is displayed, it is displayed that the attack target has suffered a pain corresponding to the numerical value and the remaining numerical value is updated to a value obtained by subtracting the number indicated by the numerical symbol. The gaming machine according to claim 1 or 2, wherein 5. The gaming machine according to claim 3, wherein said target numerical value presenting means displays a different type of picture as said target numerical value notification symbol for each value of said target numerical value.